Products and Services
Custom Products
Steroviz has expertise in design and development of patient-specific implants and instruments (PSIs) for craniomaxillofacial, neurological, neurological and orthopedic surgeries, as per requirements. Patient-specific implants are tailor-made to individual patient’s anatomy. Steroviz’s proprietary medical image analyses suits generate the 3D computer models of the required anatomical structures, which serve the basis of PSI designs. Steroviz has developed an extensive digital libraries of PSIs from which the PSIs are manufactured using metal additive manufacturing technologies using medical grade titanium and stainless steel alloys, and delivered to the hospitals/ clinical centers in sterile conditions.
Patient-specific impants (PSI)
Steroviz has expertise in design and development of patient-specific implants and instruments (PSIs) for craniomaxillofacial, neurological, neurological and orthopedic surgeries, as per requirements. Patient-specific implants are tailor-made to individual patient’s anatomy. Steroviz’s proprietary medical image analyses suits generate the 3D computer models of the required anatomical structures, which serve the basis of PSI designs. Steroviz has developed an extensive digital libraries of PSIs from which the PSIs are manufactured using metal additive manufacturing technologies using medical grade titanium and stainless steel alloys, and delivered to the hospitals/ clinical centers in sterile conditions.
PATIENT-SPECIFIC CUTTING GUIDES
Steroviz designs and delivers 3D printed patient-specific cutting guides for caniomaxilofacial and orthoepdic surgeries based on the 3D computer models of the required anatomical structures generated using its proprietary medical image analyses suits. 3D printed patient specific cutting guides provide a specific cut and achieve resection with negative margins and reduce blood loss and operating time. patients.
3D PRINTED ANATOMICAL MODELS
Steroviz provides cost effective and precise 3D anatomical models, based on the 3D reconstructed models developed using its proprietary apps to the clinicians and surgeons as per their requirement. Anatomical models are used for pre-operative surgical planning or perform mock operation by experts before surgery or explaining the operative procedures to patients.
Standard products
Craniomaxillofacial standard implANTS & Instruments
Steroviz provides a wide variety of standard plates and screws for craniomaxillofacial surgery, that ranges from cortical screws of different lengths and diameters, different types of trauma plates and meshes, and instruments to be used in the fitment of implants.
Orthopedic standard implANTS & Instruments
Steroviz provides a wide variety of standard plates and screws for orthopedic surgery, that ranges from cortical and cancellous screws of different lengths and diameters, different types of trauma plates and meshes, and instruments to be used in the fitment of implants.
software solutions
MEDVIEWER APPLICATION
MedViewer is a DICOM viewer and pre-processor of medical images designed to provide clinicians with a simple, fast and reliable interface to visualize and analyze anatomical information derived from medical images (CT, MRI, CBCT etc.) of the patient as well as prepare medical images for downstream surgical planning.
ENHANCE
Enhance is an AI and computer vision-powered digital surgical planning platform designed and developed by Steroviz Pixels, that is intended to be used to visualise and analyse anatomical information derived from pre and post-operative medical images (CT, MRI etc) of the patient. Enhance aids surgeons and healthcare professionals to interactively visualise 2D medical images (CT, MRI etc) overlayed with 3D computer models of anatomical structures, and cross-sectional views along any arbitrary orientations. The app enables the users to measure distances and angles between different anatomical locations, annotate different anatomical landmarks and regions of interest, import and check implant model fitment of the native anatomy, and import and visualise corrected anatomies superimposed on native defective anatomies.
Complete end-to-end solutions for surgical planning